Tektronix TDS7104 - Page 475

Index
CSA7000 Series, TDS7000 Series, & TDS6000 S eries Instruments User Manual
Index- 17
Set/hold trigger, 3--92
Setting, Glossary--14
Setting acquisition controls, 3 -- 26
Setting vertical range and position, 3 --22
Setup
control window, Glossary--14
dual display, 1--17
file, C--2
recalling, 3--245
saving, 3--245
second monitor, 1--17
Setup/hold setup, C--8
Setup/hold trigger, 3--92, C--7
how to set up, 3--110
maximum hold time, 3--92
negative setup or hold times, 3 --92
positive setup or hold times, 3 --92
trigger point location, 3--92
Shutdown, C--2
Shutting down, 1 --10
Signal connection and conditioning, 3--8
SIGNAL OUTPUT, 2--10, 2--11
Signal path compensation, 3--171–3--184
Sin(x)/x, 3--142, C--9
Sin(x)/x interpolat ion, 3--46, 3--141, Glossary--8
SINGLE, 3-- 32, 3-- 35
Single sequence, 3--32
Single sequence off, 3--35
SINGLE TRIG button, 3--88
Single-shot sampling, 3--42
Single-mode cable, Glossary--15
Site considerations, 1--7
Size
Zoom, C--5
zoom, C--7
Slew rate trigger, 3--90, Glossary--15
600 ps limitation, 3 --103
7.5 ns limitation, 3--103
how to set up, 3--101–3--122
Slope, Glossary--15
Slope, trigger, 3--77
Snapshot, C--11
Snapshot of measurements, 3--158
Software, upgrade , 1--4
Software installation, 1--12–1-- 14
Source
A Trigger control window, 3--94, 3--96, 3--99, 3--101,
3--104
B Trigger control window, 3--121
Sources, 3--150
Span, 3--207
Specifications, A--1
help menu, C--16
Spectral analysis, displa ying phase, 3--234
Spectral analyzer controls, 3--236
Spectral averaging, 3--203
Spectral controls, C--15
Spectral grading, C--10
Spectral Math, reference level, 3--210
Spectral math
3dBBWinbins,3--216
acquisition mode, 3--227
affects of frequency domain control adjustment s,
illustrated, 3--209
affects of trigger jitter, 3--227
aliasing, 3--227
averaging, 3--227
bandwidth, 3--236
Blackman-Harris, 3--214, 3--216, 3--222, 3--235
center, 3--207
center frequency, 3--236, 3--238
coefficients, 3 --216, 3--218
coherent gain, 3--217
dB, 3--210, 3--233
dBm, 3--210, 3--233
defining spectral math waveforms, 3--202
definition of gate parameters, illustrated, 3--206
degree, 3--234
display the math control window, 3--230, 3--231
display the spect ral wav eform, 3--232
duration, 3--204, 3--237
duration and resolution control effects, illustrated,
3--205
example of scallop loss for a Hanning Window
without zero fill, illustration, 3--217
example of the effects of setting the phase suppres-
sion threshold, illustrated, 3 -- 213
FFT length, 3--216
Flattop2 window, 3--214, 3--216, 3--224, 3--235
frequency domain control s, 3 --202
frequency domain span, 3--237
frequency range, 3--236
frequency span, 3--236
gate controls, 3--206
gate duration, 3--237
gate position, 3--237
gating controls, 3--202
Gaussian window, 3--214, 3--216, 3--219, 3--235
group delay, 3--214, 3--234
Hamming window, 3--214, 3--216, 3--221, 3--235
Hanning window, 3--214, 3--216, 3--222, 3--235
how aliased frequencies appear in a spectral
waveform, illustrated, 3--228
impulse response testing, 3--214
Kaiser-Bessel window, 3--214, 3--216, 3--222, 3--235
linear, 3--210, 3--233